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- A prosthesis was fitted after the amputation. 截肢之後安装了义肢。
- Serving as or relating to a prosthesis. 弥补的用作修补物的或与之有关的
- A prosthesis was fittedafter the amputation. 截肢之后安装了义肢。
- The thickness in mesio-buccod pulpal was the thinnest. 近中髓角处的牙体组织（距（牙合）面）最薄。
- A prosthesis limb fitting is a combin ing process of man-machine. 假肢装配是个非常复杂的人-机-环境相结合的过程。
- AIM: To discuss easy and effective ways of dental prosthesis. 目的:探讨简易有效的牙体修复方法。
- Method Porcelain-fused prosthesis with the casting core of Ti or Au alloy. 方法经钛合金或金合金铸造核烤瓷冠修复。
- With delivery of the permanent prosthesis,gait training is essential. 下肢永久性假肢装配后,步态训练是最重要的。
- Title: Dental Treatment in the Near Future: Prosthesis or Regeneration? 题目：牙科治疗的发展趋势：修复抑或再生？
- Dental metals and alloys are widely used in dental restorations and prosthesis. 金属与合金作为口腔修复材料,在口腔临床中应用非常广泛。
- The composite vessel consisted of PTFE vassular prosthesis and autologous vein. 复合血管由聚四氟乙烯（PTFE）人工血管及自体静脉组合而成。
- The complications of the individual prosthesis were infrequent and minor. 依据患眼结膜囊形态取模。
- The results of this study showed that more than 60% periodontal involved teeth induced pulpal dystrophic changed. 并于光学显微镜下观察牙髓组织的病变与组织钙化的情形与严重程度，记录并分析结果。
- CONCLUSION: Targis posterior inlays is a good newly developed prosthesis. 结论：超瓷聚体嵌体是一种较好的新型牙体修复体。
- Structural changes of dental enamel, dentine, cementum and pulpal reactions in carious process are discussed. 其中，釉质龋的研究资料最为丰富，其次是牙本质，有关牙骨质龋的资料最少。
- Objective To improve the implatation of silicone prosthesis for rhinoplasty. 目的改进硅胶假体置入鼻背筋膜后间隙隆鼻术。
- Structural changes of dental enamel,dentine,cementum and pulpal reactions in carious process are discussed. 其中,釉质龋的研究资料最为丰富,其次是牙本质,有关牙骨质龋的资料最少。
- Past studies revealed periodontal involved teeth might induced dystrophic pulpal changes, chronic pulpitis and pulp necrosis. 过去的研究显示罹患牙周疾病的牙齿，牙髓组织较易有病变发生如退化性牙髓钙化，慢性牙髓炎，和牙髓坏死等。
- AIM:To investigate the pulpal cell responses and reparative dentine formation after the direct application of MTA to mechanically exposed pulps in dog. 目的:观察矿物三氧化物凝聚体(MTA)直接盖髓后牙髓炎症反应和修复性牙本质的形成。
- This study suggested that the 99mTc-labelled red blood cell microspheres could be used in the measrement of pulpal blood flow with RMT. 本研究证实99mTc标记的赡蜍红细胞生物微球可用于牙髓血流量的放射性微球技术测定。
